Intel and SAP Complete Autonomous Warehouse Proof of Concept, Bridging Enterprise Workflows with Physical AI Execution
英特尔携手SAP完成自主化仓库概念验证，打通企业工作流与自主机器人闭环
Intel and SAP have completed a proof of concept that connects SAP's Extended Warehouse Management with Intel's edge AI and embodied intelligence technologies, enabling autonomous material handling in warehouses. The system allows business workflows to directly drive physical operations, with real-time feedback from robots to enterprise systems, creating a closed-loop operational model.
Source: Chinese robotics — Deployment discovery · Read original article ↗
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任务请求由SAP EWM发起，并派发给搭载英特尔 边缘AI软硬件 的 自动化机器人 。
Open source S5
机器人负责运输物料，并将任务状态和完成情况实时回流至SAP EWM，从而在企业工作流与物理执行之间形成闭环。
Open source S6
该概念验证展示了运营效率的提升，包括减少运输距离和重复性人工搬运。
Open source S7
英特尔为该方案提供了专为多模态AI应用与规模化扩展而打造的边缘AI与具身智能技术基础，涵盖可扩展的异构算力（CPU、GPU和NPU协同工作），以实现本地感知、模型推理、路径导航、巡检与实时控制。
Open source S17
英特尔物理AI方案整合了异构计算、工业级芯片、实时控制能力以及开放软件栈，包括OpenVINO Physical AI、Physical AI Studio与英特尔具身智能AI套件（Robotics AI Suite）。
Open source S18
同时，该架构方案也支持跨平台、跨站点和跨应用场景的平滑扩展，摆脱对特定供应商的依赖。
Open source S21
Source：Chinese robotics — Deployment discovery · finance.sina.com.cn